➀ Sateliot and Nordic Semiconductor demonstrated a 5G IoT transmission via LEO satellites using an unmodified commercial cellular IoT module (nRF9151), replicating terrestrial roaming experiences;

➁ The collaboration enabled connectivity through Sateliot’s satellite constellation to Nordic’s cloud platform, addressing the global gap in terrestrial cellular coverage for IoT applications;

➂ Sateliot, backed by €70 million funding, aims to deploy a 5G-IoT satellite network for cost-effective, universal connectivity across industries like agriculture, energy, and defense.

➀ Silicon Labs introduces its Series 3 SoCs (SiMG301 and SiBG301), optimized for wireless communication and built on a 22nm multi-core design;

➁ The SiMG301 supports multi-protocol operation (Zigbee, Bluetooth Low Energy, Matter over Thread) for IoT, smart home, and industrial automation applications;

➂ Features Secure Vault security, up to 4MB Flash/512kB RAM, and compliance with Matter certification and regulations like EU Cyber Resilience Act.

➀ The cover story explores reducing AI's reliance on powerful GPUs through innovative alternatives and CPU optimizations;

➁ Technology and business sections highlight AI-driven career opportunities, IoT edge computing advancements, and India's GST 2.0 impact on electronics manufacturing;

➂ Features include startup innovations (AI drones, modular robotics), wearable electronics designs, and DIY projects like Raspberry Pi-based IoT systems and touch-controlled relays.

➀ IoT gateways act as intermediaries, enabling communication between diverse IoT devices and the cloud by translating protocols like Zigbee and BLE;

➁ A case study showcases vibration monitoring in airport elevators using BLE-connected sensors and IoT gateways to bypass Wi-Fi restrictions;

➂ Gateways provide local data storage, secure cloud transmission, and Over-The-Air updates, enhancing operational efficiency and compliance.

➀ Discusses technical challenges and benefits of deploying language models on IoT edge devices, including reduced latency, enhanced privacy, and bandwidth efficiency;

➁ Explores techniques like model compression, quantization, and edge-specific architectures to overcome computational and power constraints;

➂ Highlights applications in smart homes, industrial automation, healthcare, and autonomous vehicles, emphasizing real-world implementations and open-source contributions.

➀ Mars Exploration Pvt. Ltd. offers a 1-month unpaid internship focused on embedded systems and IoT, combining online training and project work;

➀ Interns will engage in C programming, hardware-software integration, IoT projects, and daily mentoring sessions to gain hands-on experience;

➂ Open to candidates with basic C knowledge, electronics understanding, and a passion for innovation, culminating in a verified internship certificate.

➀ The project develops an IoT-based soil moisture mapping system using the IndusBoard Coin for real-time monitoring of soil moisture, light, and temperature in agricultural fields;

➁ It operates in Wi-Fi AP mode, providing a web interface for visualizing soil moisture data via a color-coded grid and enabling data-driven irrigation decisions;

➂ The low-cost solution supports up to 30 land sections, integrates multiple sensors, and offers customizable features for precision farming applications.

➀ Semtech expanded its Gen 4 LoRa transceiver portfolio with the dual-band LR2022 (satellite-ready) and cost-optimized LR2012 for sub-GHz IoT applications;

➁ The LR2022 supports global coverage with 2.4GHz, sub-GHz, and satellite links, while the LR2012 emphasizes deep coverage and ultra-low power consumption;

➂ These transceivers enable scalable IoT deployments across diverse environments, integrating legacy systems and enhancing connectivity versatility.

➀ Australian Wi-Fi HaLow chip company Morse Micro raised $59 million in Series C funding, totaling over $193 million to date, with participation from MegaChips, NRFC, and other investors;

➁ The funds will accelerate international expansion, scale production of Wi-Fi HaLow chips, and support the transition to IoT 2.0 with high-throughput, long-range connectivity;

➂ Morse Micro announced its HaLowLink 2 evaluation platform, launched a second-gen SoC, expanded partnerships, and achieved mass production with OEMs.

➀ The article introduces Zephyr 4.2, highlighting its updates in embedded system solutions and real-time OS capabilities.

➁ New features include expanded hardware support for IoT devices, improved driver frameworks, and enhanced security protocols.

➂ Performance optimizations for power efficiency and developer workflow improvements are also emphasized.

➀ Parkobot addresses urban parking challenges in India using IoT-enabled smart barriers and a cloud-based app, enabling private parking slot owners to monetize idle spaces through dynamic pricing and bookings;

➁ The platform integrates EV charging stations, supports multiple vehicle types, and features rugged hardware designed for Indian environmental conditions;

➂ With a revenue-sharing model and plans for global expansion, the startup aims to reduce congestion and promote sustainable mobility through smart parking ecosystems.

➀ The article critiques IoT-based electrical safety devices that claim comprehensive protection but lack branch-circuit monitoring and proper certifications

➁ Indian standards (IS 732/IEC 61439) require system-level safety designs, which cannot be achieved through single-device solutions promoted by some government bodies

➂ Major concerns include data privacy risks under Digital Personal Data Protection Act, post-fault alerts instead of prevention, and unauthorized use of technical standards for product validation

➀ Silicon Labs expands its Series 2 portfolio with the FG23L wireless SoC, targeting cost-sensitive IoT applications with Sub-GHz connectivity;

➁ The chip offers extended range (up to 146 dB link budget), 10+ year battery life, and Secure Vault™ Mid security for smart city/industrial deployments;

➂ Features 78 MHz Cortex-M33 core, multi-band support, and developer tools to accelerate global IoT device development.

➀ Secure boot ensures only authenticated firmware runs on IoT devices by verifying cryptographic signatures during startup;

➁ It protects against malware injections and unauthorized code execution in low-end embedded systems with limited user oversight;

➂ The mechanism enhances tamper resistance by validating firmware integrity across bootloader, kernel and critical components.

➀ The Z-Wave Alliance launched an updated searchable database of 4,500 certified smart home devices, covering categories like lighting, sensors, and Z-Wave Long Range (ZWLR) products;

➁ The guide allows filtering by brand, protocol version, and regional frequencies, emphasizing interoperability and security through mandatory certifications;

➂ Z-Wave Long Range devices are highlighted for quadrupling wireless range and supporting 10x more nodes, aligning with the alliance's mission to expand smart home adoption.

➀ Researchers from Skoltech have published a monograph on "Unsourced Random Access," targeting efficient communication for millions of IoT devices in 5G Advanced/6G networks;

➁ The proposed method allows devices to connect without pre-coordination or identification, reducing delays and improving energy efficiency;

➂ The monograph integrates theoretical frameworks with practical implementations, supported by collaborations with MIT and other institutions under the Russian Science Foundation.

➀ The EU-funded Ambient-6G project (€8.4 million) aims to develop sustainable, battery-free IoT devices using ambient radio waves and backscatter communication, eliminating the need for disposable batteries.

➀ The technology leverages passive backscatter techniques, where IoT devices reflect and modify radio signals to transmit data, drastically reducing energy consumption.

➂ Challenges include improving signal processing for weak long-distance communication, with applications in retail (e.g., battery-free price tags) and logistics (real-time tracking).

➀ An EU-funded project (€8.4 million) led by TU Graz and partners aims to develop battery-free IoT devices using wireless energy and backscatter communication;

➀ The technology utilizes distributed antenna systems for low-power transmission and passive communication, eliminating the need for batteries;

➁ Potential applications include retail (e.g., electronic shelf labels) and logistics (precise tracking), with challenges in processing weak signals over long distances.

➀ Motorola launched its Halo smart IoT sensors in India, featuring 16 detection functions (vaping, air quality, aggression, etc.) without cameras or microphones;

➁ Targeting smart cities, hospitals, and schools, the GDPR-compliant sensor integrates with existing systems through edge computing and AI analytics;

➂ Emphasizes privacy in sensitive areas like VIP rooms and medical facilities, with plans to expand via partnerships and subscription models.

➀ The project demonstrates an IoT-based metro ticketing system using RFID cards for fare management and balance updates；

➀ Involves two main devices: a card recharge module (managed by staff) and entry/exit scanners with real-time IoT dashboard monitoring；

➁ Utilizes IndusBoard Coin microcontrollers and RC522 RFID modules, supporting web-based balance tracking and automated gate control via servo motors.